STEINEL 40111677001 User manual

Page is loading ...

- 2 - - 3 -

...

3.1

3.2

90°

180°

3.3

91

99

86

107

82,4

3.4

E

D

C

B

A

3.5

L

N

L

N

L

N

L

N

I

O

F

D � � � � � � � �8

GB � � � � � �16

F � � � � � � �24

NL � � � � � �32

I � � � � � � � �40

Textteil beachten!

Follow written instructions!

Suivre les instructions

ci-après !

Tekstpassage in acht

nemen!

Seguire attentamente le

istruzioni!

Page is loading ...

- 16 - - 17 -

GB

1� About this document

Please read carefully and keep in a

safe place�

– Under copyright. Reproduction

either in whole or in part only with

our consent.

– Subject to change in the interest

of technical progress.

Symbols

! Hazard warning!

...

Reference to other informa-

tion in the document�

2� General safety

precautions

Disconnect the power supply

before attempting any work on

the unit�

• During installation, the electric

power cable being connected

must not be live. Therefore, switch

o the power ﬁrst and use a volt-

age tester to make sure the wiring

is o-circuit.

• Installing the sensor involves work

on the mains power supply. This

work must therefore be carried

out correctly in accordance with

applicable national wiring regu-

lations and electrical operating

conditions. ( - VDE 0100,

- ÖVE / ÖNORM E8001-1,

- SEV 1000)

• Only use genuine replacement

parts.

• Repairs may only be made by

specialist workshops.

3� IS 140-2 Z-Wave

Proper use

– Infrared motion detector for indoor

and outdoor surface-mounted and

concealed installation

– Sensor module swivels and tilts

Movement triggers lights, alarms and

many other devices. For your con-

venience, safety and peace of mind.

The integrated pyroelectric infrared

detector senses the invisible heat

radiated from moving objects (people,

animals, etc.). The heat detected in

this way is converted electronically

into a signal that switches ON the

connected load. Heat is not detected

through obstacles, such as walls or

panes of glass, and will therefore not

activate the light. The infrared sensor

can be used for switching light ON

and OFF automatically. The unit is not

suitable for burglar alarm systems as

it is not tamperproof in the manner

prescribed for such systems.

This device can be integrated into

the Smart Friends system or any

other Z-Wave network. Z-Wave is a

wireless standard for interconnecting

Z-Wave devices. The sensor para-

meters of the IS 140-2 motion detec-

tor can be used for wireless-based

building automation.

Besides certiﬁed Z-Wave controllers,

it is recommended to use the Smart

Friends box. This smart-home control

centre can be used for interconnect-

ing Z-Wave products from STEINEL

and the Smart Friends products from

ABUS, Paulmann and Schellenberg.

Package contents (Fig� 3�1)

Sensor adjustment range

(Fig�3�2 / 3�3 / 5�6)

Product dimensions (Fig�3�3)

Product components (Fig� 3�4)

Sensor enclosure

Wall mount

Twilight setting control dial

Sensor unit

Z-Wave control dial

Status LED

Reach (Fig�4�1)

4� Electrical installation

• Switch OFF power supply

(Fig�3�5)

Connecting the mains supply lead

The mains leads consists of at least a

3-core cable:

L = Phase conductor

(usually black or brown)

N = Neutral conductor

(usually blue)

PE = Protective-earth conductor

(usually green/yellow)

If you are in any doubt, identify the

conductors using a voltage tester;

then disconnect from the power

supply again. Loop through any

protective-earth conductor.

Important: incorrectly wired con-

nections will produce a short circuit

later on in the product or your fuse

box. In this case, you must identify

the individual leads and reconnect

them. An appropriate power switch

for switching ON and OFF can be in-

stalled in the supply lead. The electric

circuit must be protected by a 10A

circuit breaker.

Connection diagram (Fig�3�5)

5� Mounting

• Check all components for

damage.

• Do not use the product if it is

damaged.

• Select an appropriate mounting

location, taking the reach and

motion detection into considera-

tion (Fig�4�1). The most reliable

way of detecting movement is to

install the sensor aimed across

the direction in which a person

would walk and by ensuring that

no obstacles (such as trees, walls

etc.) obstruct the line of sensor

vision. (Fig�4�2 / 4�3)

Mounting procedure

• Switch OFF power supply.

• Detach enclosure from wall

mount . (Fig�4�5)

• Mark drill holes. (Fig�4�6)

• Drill holes and ﬁt wall plugs.

(Fig�4�7)

• Fit sealing plug. (Fig�4�8)

– Concealed power supply lead

(Fig�4�9)

– Concealed power supply lead

with spacers (Fig�4�10)

• Drill condensation water drainage

hole with a 5mm drill bit.

(Fig�4�11)

• Connect conductors.

(Fig�4�12 / 4�13)

• Fit enclosure onto wall mount.

(Fig�4�14)

• Screw in retaining screws.

(Fig�4�15)

• Switch ON power supply.

(Fig�4�15)

• Set functions "6� Function"

- 18 - - 19 -

segments to limit reach as required.

Inadvertent triggering is ruled out or

the sensor can be targeted to watch

over danger spots. (Fig�5�4)

7� Integration into Z-Wave

networks

This product can be operated in any

Z-Wave network with other Z-Wave

certiﬁed devices from other manu-

facturers. All non-battery operated

nodes within the network will act as

repeaters regardless of vendor to

increase reliability of the network.

Inclusion Add

Exclusion Remove

These instructions for including and

excluding STEINEL Z-Wave products

have been written for the Smart

Friends system. They may not always

apply to other Z-Wave products. You

will ﬁnd further details in the descrip-

tion of your Z-Wave controller. (To

start the motion detector's inclusion

or exclusion mode, turn the device's

control dial to "Set" and back to

"0" within 5seconds).

Following exclusion, all conﬁguration

parameters (time, sensitivity etc.)

remain intact until next inclusion and

the light now works in standalone

mode – as a result, Z-Wave can also

be used for the light’s standalone

setting.

6� Function

The motion detector will also work

without being integrated into a

Z-Wave network. In this case, the

time setting is permanently set to

3minutes. When putting the motion

detector into operation, it will switch

OFF after the 10-second calibration

phase and is then activated for sen-

sor mode. The motion detector can

now be integrated into the Z-Wave

network.

The settings can be made via the

control dials or via Z-Wave network.

The settings last selected will always

be in eect regardless of whether

they were made via the control dials

or via Z-Wave network.

Factory settings

Twilight level : 2000lux

Time setting: 3 min

Twilight setting (Fig�5�1/C)

can be inﬁnitely varied

Control dial set to =

twilight operation, approx. 2 lux

Control dial set to =

daylight operation, approx. 2000 lux

Note: To adjust the detection zone in

daylight, the control dial must be set

to = daylight operation.

Reach setting/adjustment

The detection zone can be optimised

to suit requirements.

Sensor unit

– Sensor unit swivels through 180°.

(Fig�5�2)

– Sensor unit tilts through 90°.

(Fig�5�5)

Adhesive shrouds (Fig�5�3)

The ﬁlm shroud can be used for

masking out any number of lens

3 To put the device into exclusion

mode, turn the device's control dial

to "Set" and back to "0" within

5seconds. The red status LED

lights up to show that this mode is

selected.

4 The app displays a conﬁrmation

message once exclusion has been

successfully completed.

Setting IS 140-2 with the app

– After programming, an ON/OFF

scene is automatically created in

the app.

– The following setting values are

then automatically stored:

a) Twilight setting = control-dial

setting

b) Time setting = 3 min switch-

OFF delay

– The twilight and time settings can

be selected to the accuracy of a

lux / second in the "Scene" menu.

Resetting the IS 140-2 to factory

settings:

Please only perform these steps if the

main network controller is missing or

not working for other reasons.

1 Turn the device's control dial to

"Set" and move it to "Reset" within

5 seconds.

2 Status LED brieﬂy ﬂashes to

show that the light has been reset.

3 The device is now no longer includ-

ed in the Z-Wave system and has

been reset to factory settings.

Note: the current ﬁrmware version for

the light is available for downloading

from z-wave�steinel�de.

Z-Wave control dial (E)

Control dial for

inclusion and

exclusion as well as

for returning the

device to the factory

setting.

Adding IS 140-2 to the

Smart Friends system:

1 Download Smart Friends app from

the app store.

2 In the rooms view, activate the

edit mode.

3 Select the chosen room and press

the "Add device" button.

4 To put the device into inclusion

mode, turn the device's control dial

to "Set" and back to "0" within

5seconds. Status LED lights up

to show that this mode is selected.

5 The app displays a conﬁrmation

message once inclusion has been

successfully completed.

Removing IS 140-2 from the

Smart Friends system:

1 In the rooms view, activate the

edit mode.

2 Select the device in the chosen

room and press the "delete"

button. Press delete and follow the

instructions in the app.

- 21 -- 20 -

8� Operation/maintenance

Weather conditions may aect the

way the motion detector works.

Strong gusts of wind, snow, rain or

hail may cause the light to come

ON when it is not wanted because

the sensor is unable to distinguish

between sudden changes of tem-

perature and sources of heat. The

detector lens may be cleaned with a

damp cloth if it gets dirty (do not use

cleaning agents).

9� EC Declaration of

Conformity

STEINEL Vertrieb GmbH hereby

declares that the IS140-2Z-Wave

radio equipment type conforms to Di-

rective 2014/53/EU. The full wording

of the EU Declaration of Conformity

is available for downloading from the

following Internet address:

http://www�steinel�de

10� Warranty

This STEINEL product has been

manufactured with utmost care,

tested for proper operation and

safety and then subjected to random

sample inspection. Steinel guarantees

that it is in perfect condition and

proper working order. The warranty

period is 36 months and starts on

the date of sale to the consumer.

We will remedy defects caused by

material ﬂaws or manufacturing faults.

The warranty will be met by repair or

replacement of defective parts at our

own discretion. The warranty shall not

cover damage to wear parts, damage

or defects caused by improper

treatment or maintenance. Further

consequential damage to other

objects shall be excluded.

Claims under the warranty will only

be accepted if the unit is sent fully

assembled and well-packed with a

brief description of the fault, a receipt

or invoice (date of purchase and

dealer's stamp) to the appropriate

Service Centre.

Service: our Customer Service

Department will repair faults not cov-

ered by warranty or after the warranty

period has expired. Please send the

product well-packed to your nearest

Service Centre.

Dimensions H x W x D 70 × 86 × 95 mm

Mains power supply 230-240 V, 50 Hz

Output Incandescent lamps, max. 1000 W at 230 V AC

Fluorescent lamp, max. 500VA at cos = 0.5,

inductive load at 230V AC

LED lamps, max. 6×58 W, C ≤ 132 μF at 230

V AC *1)

Sensor technology Passive infrared

Angle of coverage 140° with sneak-by guard

Reach max. 14 m (temperature-stabilised) via control dial

Time setting 3 min. factory setting /

1 s to 15 min with the app

Twilight setting 2-2000 lux via control dial and with the app

IP rating IP54

Temperature range -20°C to +50°C

Z-Wave wireless range approx. 100 m (unobstructed line of vision)

Radio frequency band 868 MHz

Transmitter power ≤ 2.5 mW

*1) Fluorescent lamps, low-energy lamps, LED lights with electronic ballast

(total capacity of all ballasts connected below the level stated).

11� Technical speciﬁcations

- 22 - - 23 -

Malfunction Cause Remedy

Without power Fuse faulty,

not switched ON

Short-circuit

New fuse, turn ON

power switch, check

wiring with voltage tester

Check connections

Does not switch ON Twilight setting in

night-time mode during

daytime operation

Bulb faulty

Mains switch OFF

Fuse faulty

Detection zone not

correctly adjusted

Reset

Replace light bulbs

Switch ON

Replace fuse, check

connection if necessary

Readjust

Does not switch OFF Continued movement

within the detection

zone

Light is in detection

zone and keeps switch-

ing ON as a result of

temperature change

Set to continuous

operation via indoor

two-circuit single

interruption switch

Check zone and readjust

if necessary or apply

shroud

Check detection zone

Set two-circuit single

interruption switch to

automatic operation

Keeps switching

ON / OFF Light being operated is

located in the detection

zone

Animals moving in the

detection zone

Check detection zone

Check detection zone.

Tilt sensor higher or

ﬁt shrouds to target

sensor; adjust detection

zone or ﬁt shrouds

Switches ON when it

should not Wind is moving trees and

bushes in the detection

zone

Cars in the street are

being detected

Sudden temperature

changes due to weather

(wind, rain, snow) or air

expelled from fans or

open windows

Check detection zone

Adjust detection zone or

install in a dierent place

12� Troubleshooting Malfunction Cause Remedy

The device cannot be

added (and is not yet

added)

Z-Wave controller

too far from the

device

Reduce distance from

Z-Wave controller

Install a Z-Wave repeater

The device cannot be

added It is already added Remove device from

existing network

Carry out default reset

Status LED ﬂashing

for 1 second every

5seconds

No wireless contact with

the Smart Friends box or

other Z-Wave controller

Re-start Smart Friends

box or Z-Wave controller

Reduce distance from

Z-Wave controller

Install a Z-Wave repeater

Status LED ﬂashing

rapidly all the time Critical fault Brieﬂy disconnect device

from the mains power

supply

Page is loading ...

- 48 - - 49 -

Advanced Conﬁguration

For more detailed information, please download the professional instructions from

z-wave�steinel�de.

A� Description of device endpoints:

The functionality of the device is divided to endpoints by their using.

0 = ROOT

To root summarizes whole device function, to root endpoint is mapped all

functionality from the endpoint 1 and most of the endpoints 2 and 3.

Device type = Sensor - Notiﬁcation

Supported Command Classes:

COMMAND_CLASS_ZWAVEPLUS_INFO ( v2 )

COMMAND_CLASS_VERSION ( v2)

COMMAND_CLASS_FIRMWARE_UPDATE_MD ( v3 )

COMMAND_CLASS_MANUFACTURER_SPECIFIC ( v2 )

COMMAND_CLASS_MULTI_CHANNEL ( v4 )

COMMAND_CLASS_DEVICE_RESET_LOCALLY ( v1 )

COMMAND_CLASS_CONFIGURATION ( v1 )

COMMAND_CLASS_POWERLEVEL ( v1 )

COMMAND_CLASS_NODE_NAMING ( v1 )

COMMAND_CLASS_NOTIFICATION ( v4 )

COMMAND_CLASS_ASSOCIATION ( v2 )

COMMAND_CLASS_MULTI_CHANNEL_ASSOCIATION ( v3 )

COMMAND_CLASS_ASSOCIATION_GRP_INFO ( v1 )

COMMAND_CLASS_SENSOR_MULTILEVEL ( v4 )

COMMAND_CLASS_SWITCH_BINARY ( v1 )

COMMAND_CLASS_SWITCH_ALL ( v1)

COMMAND_CLASS_APPLICATION_STATUS ( v1 )

Controlled Command Classes:

COMMAND_CLASS_BASIC ( v1 )

Special meaning of BASIC CC:

BASIC CC can activate/temporary deactivate internal motion sensor using for

evaluating the behaviour of the lamp and groups 2 and 3. Events are, however,

still transmitted to the Lifeline, and the device can be controlled via remote motion

sensors. Or can be used for endpoint 3 state (please also follow the conﬁguration

parameter 16).

For parameter 16 = 0 or 255:

Basic Set: mapped to Binary Switch Set of relay endpoint

Basic Get: mapped to Binary Switch Get of relay endpoint

Basic Report: mapped to Binary Switch Report of relay endpoint

For parameter 16 = 1-204:

Basic Set: active (0xFF) /inactive (0x00) sensor function

Basic Get: request sensor status

Basic Report: advertise sensor status

1 = MOTION SENSOR

To endpoint 1 is mapped motion sensor ( PIR ) functionality.

Device type = Sensor - Notiﬁcation

Supported Command Classes:

COMMAND_CLASS_ZWAVEPLUS_INFO ( v2 )

COMMAND_CLASS_BASIC ( v1 )

COMMAND_CLASS_ASSOCIATION ( v2 )

COMMAND_CLASS_NOTIFICATION ( v4 )

COMMAND_CLASS_MULTI_CHANNEL_ASSOCIATION ( v3 )

COMMAND_CLASS_ASSOCIATION_GRP_INFO ( v1 )

Controlled Command Classes:

COMMAND_CLASS_BASIC ( v1 )

Special meaning of BASIC CC:

BASIC CC can activate/temporary deactivate internal motion sensor using for

evaluating the behaviour of the lamp and groups 2 and 3. Events are, however,

still transmitted to the Lifeline, and the device can be controlled via remote motion

sensors (please also follow the conﬁguration parameter 16).

Basic Set: active ( 0xFF ) /inactive ( 0x00 ) sensor function

Basic Get: get sensor activity

Basic Report: sensor activity status

2 = AMBIENT LIGHT SENSOR

To endpoint 2 is mapped ambient light sensor functionality.

Device type = Sensor - Multilevel

Supported Command Classes:

COMMAND_CLASS_ZWAVEPLUS_INFO ( v2 )

COMMAND_CLASS_SENSOR_MULTILEVEL ( v4 )

COMMAND_CLASS_ASSOCIATION (v2)

COMMAND_CLASS_MULTI_CHANNEL_ASSOCIATION ( v3 )

COMMAND_CLASS_ASSOCIATION_GRP_INFO ( v1 )

Controlled Command Classes:

No

3 = RELAY

To endpoint 3 is mapped basic relay functionality.

Device type = On/O Power Switch

Supported Command Classes:

COMMAND_CLASS_ZWAVEPLUS_INFO (v2)

COMMAND_CLASS_BASIC (v1)

COMMAND_CLASS_ASSOCIATION (v2)

COMMAND_CLASS_MULTI_CHANNEL_ASSOCIATION (v3)

COMMAND_CLASS_ASSOCIATION_GRP_INFO (v1)

COMMAND_CLASS_SWITCH_BINARY (v1)

COMMAND_CLASS_SWITCH_ALL (v1)

COMMAND_CLASS_APPLICATION_STATUS (v1)

Controlled Command Classes:

No

- 50 - - 51 -

B� Description of association groups:

0 = ROOT DEVICE

Group 1 – "Lifeline" – only 1 node

Lifeline messages

- Device Reset Locally

- Notiﬁcations:

0x09 ( System ) – Hardware failure with manufacturer proprietary code ( 0x03 )

0x09 ( System ) – Software failure with manufacturer proprietary code ( 0x04 )

0x07 ( Home security ) – Motion Begin event ( 0x08 )

0x07 ( Home security ) – Motion End event ( 0x00, 0x08 )

- Binary Switch Report – lamp state

- Multilevel Sensor Report – value of internal ambient light sensor

Motion Begin and Motion End events are sent along with frames to group 3.

If multichannel association is created the events are sent from motion sensor

endpoint.

Switch Report is sent immediately upon a change of status along with frames

to group 2. If multichannel association is created the events are sent from relay

endpoint.

Multilevel Sensor Report is sent a maximum of once per 1 minute (if the value

has changed by least by 3%) and a minimum of once per 15 minutes (if the val-

ue has not changed). If the ambient light value is old (cannot measure because

of permanent light), the value is not transmitted via lifeline. Multilevel Sensor

Report can be also added to some other events to send in bulk. If multichannel

association is created the events are sent from light sensor endpoint.

All notiﬁcations to lifeline are sent as sensor states regardless of sensor settings

and states as SLAVE_MODE, LOCAL_DISABLED and MOTION_ENABLE.

Group 2 – "On/O control" – max 16 nodes

Group 2 is used for directly controlling Z-Wave devices via BASIC SET com-

mands through the evaluation of movement and light as with internal use (so

that all of these devices work together). This is intended for use especially with

third-party devices that do not implement reactions for motion events. BA-

SIC_SET and similar Z-Wave commands are not retransmitted intentionally to

slaves and must be sent to slave devices via the controlling device simultane-

ously. Only for use in master-slave system, multidevice control is not possible.

Group 2 is evaluated and frames are transmitted there also in SLAVE_MODE,

regardless of LOCAL_DISABLED state and when MOTION_ENABLE is o (not

using internal motion sensor just reacts for remote motion events then).

If multichannel association is created the events are send from motion sensor

endpoint.

Group 3 – "Notiﬁcation Report" – max 16 nodes

Group 3 sends MOTION_BEGIN and MOTION_END frames.

MOTION_BEGIN frame = Notiﬁcation 0x07 ( Home security )– Motion detection

without location ( 0x08 )

MOTION_END frame = Notiﬁcation 0x07 ( Home security )– After ﬁrst motion

detection MOTION_BEGIN is sent. If continual movement is detected

MOTION_BEGIN is sent every 1minute repeatedly. When motion ends,

MOTION_END is sent 5 seconds after the last motion detection.

Notiﬁcation to group 3 is sent only when NIGHT_MODE = ON and MOTION_

ENABLE = ON, regardless of LOCAL_DISABLE state.

All devices in a group should have the same TIME settings in order that they

switch o at the same time.

If multichannel association is created the events are send from motion sensor

endpoint.

Group 4 – "Ambient light" – max 16 nodes

Ambient Light via group 4 is intended to substitute locally measured LUX

values in target devices – so that the network can have one source of ambi-

ent light value. The frame rate is a value being sent a maximum of once per

2.5minutes, and a minimum of once per 15 minutes.

When device already uses remote Ambient light value, then this value is also

retransmitted to group 4.

All devices in such a group should have the same LIGHT ( threshold ) settings

in order that night mode is detected at the same time.

If multichannel association is created the events are send from light sensor

endpoint.

1 = MOTION SENSOR

The lifeline messages are sent via Root lifeline if not used multichannel

association.

Group 2 – its mirror of group 2 of root

Group 3 – its mirror of group 3 of root

2 = AMBIENT LIGHT SENSOR

The lifeline messages are sent via Root lifeline if not used multichannel

association.

Group 2 – its mirror of group 4 of root

3 = RELAY

The lifeline messages are sent via Root lifeline if not used multichannel

association.

- 52 - - 53 -

C� Conﬁguration description:

Time [ s ]:

Parameter Number Size Range Default

1 ( TIME ) 2 5-900 180

Duration of light after motion detection.

Light threshold [lx]:

Parameter Number Size Range Default

2 ( LIGHT ) 2 2-2000, 0 2000/poti state

0 – run Learn ambient light sequence.

2000 - is used as daylight ( always night mode ).

Value can be controlled via potentiometer – potentiometer value is used as the

default value and any potentiometer movement rewrites the current setting.

Motion Sensor (PIR) Sensitivity [%]:

Parameter Number Size Range Default

5 ( SENSITIVITY ) 1 2-100 100

Value can be controlled via potentiometer – potentiometer value is used as the

default value and any potentiometer movement rewrites the current setting.

Brightness measuring interval [ minutes ]:

Parameter Number Size Range Default

6 ( BRIGHTNES MEAS INTERVAL ) 1 5-120, 0 0

Interval for ambient light measuring when lamp is on ( lamp switches o shortly

and measures ). 0 = function is o.

Use External Ambient Light Value:

Parameter Number Size Range Default

8 ( GLOBAL_LIGHT ) 1 0/1 1

When GLOBAL_LIGHT mode is ON – device overrides its own light sensor

values and uses Light report values from any Z-Wave light sensor instead –

this has to be conﬁgured appropriately to send light automatically.

If the last remote light level value is older than 30 minutes, the internal light

value is used again until the next external value is received.

Disable local control:

Parameter Number Size Range Default

9 ( SLAVE_MODE ) 1 0-4 2

Bit Field:

bit 7 6 5 4 3 2 1 0

function - - - - - "Stupid"

mode

Central unit

checking in

slave mode

Slave

mode

"Stupid" mode ( bit 2 = 1 ):

- has higher priority then slave mode.

- lamp is permanently on ( usefull for simple power wall switch controlling ).

Slave mode ( bit 0 = 1 ):

- only if included in Z-Wave network

- usefull for controlling via third-party sensor

- lamp is directly controlled via Z-Wave, internal sensors are not used for

controlling it.

Central unit checking ( bit 1 = 1 ):

( usefull especialy for controlling via gateway )

When Slave bit is 0:

- lamp signalises fail of lifeline connection ( if this bit is zero fail of lifeline

connection is not signalised )

When slave bit is 1:

- lamp checks presence of Z-Wave device in lifeline group ( gateway ). If it is

not present for 2minutes ( testing repeatedly every 30seconds ) device

switches to normal mode in the same way as after the end of local disabled

mode ( ON_BEHAVIOUR )

- The device checks every 1minute for recovery of Lifeline connection.

- if no lifeline speciﬁed - it works in normal mode

Be careful with this option, lamp stops using it’s own motion sensor in

Slave and Stupid mode.

O behavior ( timeout ):

Parameter Number Size Range Default

10 ( OFF_BEHAVIOUR ) 2 0 – 209,255 10

Behaviour after BASIC OFF ( and similar commands ).

- 54 - - 55 -

On behavior time over ( timeout ):

Parameter Number Size Range Default

12 ( ON_TIME_OVER ) 2 0 – 209, 255 204

Time limit to stop waiting for motion after timeout of ON_BEHAVIOUR or

OFF_ON_BEHAVIOUR ( 0-209 ) to prevent staying ON forever when is no motion.

0Stop waiting just after timeout.

1 -209

1..100 – 1 second ( 1 ) to 100 seconds ( 100 ) in 1-second resolution

101..200 – 1 minute ( 101 ) to 100 minutes ( 200 ) in 1-minute resolution

201..209 – 1 hour ( 201 ) to 9 hours ( 209 ) in 1-hour resolution

210 - 254 Reserve

255 Never stop waiting before motion.

Sequence On-O behavior ( timeout ):

Parameter Number Size Range Default

13 ( ON_OFF_BEHAVIOR ) 2 0 – 209, 255 204

Behaviour after after a rapid sequence of BASIC ON and BASIC OFF

commands.

The intention is to use a much longer timeout value than the time after a single

ON command which should then be followed by a short timeout value.

The behaviour is the same as for parameter 10 ( OFF_LOCAL_DISABLE ) except:

255 – device ignores ON - OFF sequence and uses OFF behavior

Sequence O-On behavior ( timeout ):

Parameter Number Size Range Default

14 ( OFF_ON_BEHAVIOUR ) 2 0 – 209, 255 204

Behaviour after after a rapid sequence of BASIC OFF and BASIC ON

commands.

The intention is to use a much longer timeout value than the time after a single

OFF command which should then be followed by a short timeout value.

The behaviour is the same as for parameter 11 ( ON_LOCAL_DISABLE ) butex-

cept: 255 – device ignores OFF - ON sequence and uses ON behaviour.

If a transition ( even with zero change ) with a non-default duration is to be pro-

cessed, the transition cannot be interrupted by any motion event in any case.

0Lamp is switched o and remains so until any new motion event

( local or remote ) is received.

1 - 209

Lamp is switched o and remains so until after a speciﬁed timeout

once a new motion event ( local or remote ) is received.

Timeout:

1..100 – 1 second ( 1 ) to 100 seconds ( 100 ) in 1-second resolution

101..200 – 1 minute ( 101 ) to 100 minutes ( 200 ) 1-minute resolution

201..209 – 1 hour ( 201 ) to 9 hours ( 209 ) in 1-hour resolution

210 - 254 Reserved

255 Lamp is switched o for TIME ( cfg 1 ). It does not wait for a

motion event and works normally via current motion evaluation.

On behaviour ( timeout ):

Parameter Number Size Range Default

11 ( ON_BEHAVIOUR ) 2 0 – 209, 255 255

Behaviour after BASIC ON ( and similar commands ).

If a transition ( even with zero change ) with a non-default duration is to be pro-

cessed, the transition cannot be interrupted by any motion event in any case.

0

Lamp is switched on and remains so until any new motion event

( local or remote ) is received. It then works normally via current motion

evaluation.

Notice – during the day, this mode cannot be ended remotely due to

motion events not being transmitted – only via local motion sensor if

enabled.

1 -209

Lamp is switched on and remains so until after a speciﬁed timeout

once a new motion event ( local or remote ) is received. It then works

normally via current motion evaluation.

Timeout:

1..100 – 1 second ( 1 ) to 100 seconds ( 100 ) in 1-second resolution

101..200 – 1 minute ( 101 ) to 100 minutes ( 200 ) in 1-minute resolution

201..209 – 1 hour ( 201 ) to 9 hours ( 209 ) in 1-hour resolution

Notice – during the day, this mode cannot be ended remotely due to

motion events not being transmitted – only via local motion sensor if

enabled.

210 - 254 Reserve

255 Lamp is switched on for TIME ( cfg 1 ). It does not wait for a motion

event and works normally via current motion evaluation.

- 56 -

Sequency timing:

Parameter Number Size Range Default

15 ( SEQUENCY_TIME ) 1 10 – 50 10

Time in [100 miliseconds] of maximum delay between BASIC ON and BASIC

OFF (and vice versa) to relay endpoint to consider this as a sequence. It is

typically 1 second, but can be exceptionally longer due to retransmissions and

overload – in this case, a longer interval can be allowed (up to 5 seconds).

Motion O behaviour (timeout):

Parameter Number Size Range Default

16 (MOTION_DISABLE) 2 0 – 209, 255 0

Motion disable timeout after BASIC SET to motion endpoint when the internal

motion sensor is not used for evaluating the behaviour of the relay and groups

2 and 3. Events are, however, still transmitted to the Lifeline, and the relay can

be controlled via remote motion sensors.

0BASIC SET to Motion sensor endpoint ignored, BASIC to root is

mapped to relay endpoint, motion sensor still enabled

1 -209

Internal motion sensor is disabled for speciﬁed timeout after BASIC

SET 0x00 to Mootion sensor endpoint. BASIC to root is mapped to

Motion sensor endpoint.

Timeout:

1..100 – 1 second (1) to 100 seconds (100) in 1-second resolution

101..200 – 1 minute (101) to 100 minutes (200) in 1-minute resolution

201..209 – 1 hour (201) to 9 hours (209) in 1-hour resolution

210-254 Reserve

255 BASIC SET to Motion sensor endpoint ignored, BASIC to root is

mapped to relay endpoint, motion sensor still disabled

STEINEL 40111677001 User manual

STEINEL 40111677001 User manual

in other languages

Related papers

Other documents